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i <br />e <br />0 <br />0 <br />0 <br />• <br />S <br />• <br />0 <br />a <br />waervno�o-i�a.iac <br />Douglas R. Taylor, P.E. <br />REQUEST FOR QUALIFICATIONS NO. 14 -07 -02 <br />Weston (Indian Trace Development District) Wastewater Transmission System Modeling and Analysis I <br />Weston. Florida - Through the use of WATERCAD software. Mr. Taylor analyzed the ITDD system consisting of <br />67 public lift stations and thousands of feet of sanitary force main. Once the existing system was entered into <br />the model. improvements were introduced to increase the overall efficiency of the system, and then we <br />created a five capital improvement plan to implement those improvements. <br />College Avenue Improvements Phase I I Davie. Florida I Project Manager <br />Design and permitting Of 0.60 miles of improvements for the Town of Davie including taking a two lane rural <br />section with poor drainage to a four lane urban section with bike lanes, curbing, median, sidewalk, a new <br />drainage system, lighting, landscaping. and irrigation. Project was permitted through Central Broward Water <br />Control District (CBWCD). South Florida Water Management District ( SFWMD), and Broward County Highway <br />Construction and Engineering Division. Developed pavement marking and signage plans for the project <br />NW 38r^ Street I Oakland Park. Florida I Project Manager <br />Design and permitting for the complete reconstruction of a quarter mile of existing heavily traveled two lane <br />road with failing asphalt and base and poor drainage. The project was permitted through Broward County and <br />the South Florida Water Management District. <br />Hallandale Beach NE Quadrant Drainage Study & Improvements I Hallandale Beach. Florida I Project <br />Manager - There are a number of drainage facilities within the 200 acre project area with limited conveyance <br />capacity and high head loss. Average lowest floor elevations average between 5.5' to 6.5' NGVD, and roadway <br />elevations are approximately 3.7' to 3.9' NGVD within the study area. The conveyance system is subject to the <br />effects of tidal fluctuation: and therefore at times there is virtually no head available to drain the basin. and in <br />addition no water quality treatment was provided. The lack of conveyance capacity within this system has led <br />to 37 Severe Repetitive Loss (RL) properties and the complete inundation of the roadway system for extended <br />periods during storm events of lesser frequency than that required by SFWMD. A new storm sewer collection <br />system was designed and permitted, along with a water quality treatment system for the 200 acre tributary <br />area. FDEP and the Broward County Environmental Resource Department permitted the project and it is <br />currently under construction. <br />City of Oakland Park, Kimberly Lake Flood Mitigation and Water Quality Enhancement Project I Oakland Park. <br />Florida I Project Director - Built out in the late 1970s, the 72 acre Kimberly Lake drainage basin had been an <br />area prone to extreme flooding for a number of years. The City of Oakland Park staff wished to develop <br />alternate solutions to mitigate the flooding issues and present those to the City Commission. Directed <br />surveying, engineering, consensus building. liaison with governmental agencies, and construction related <br />services on the project. The performance of the designed improvements has met and even exceeded original <br />expectations. The system included a storm sewer collection system into the lake and a large outfall structure <br />connecting Kimberly Lake via a 72" concrete storm sewer to the SFWMD C -13 Canal. Water Quality was held <br />in the lake along with a STORMCEPTOR structure just prior to the C -13 discharge. <br />CRAVEN THOMPSON & ASSOCIATES. INC. 1 3563 NW 53« STREET. FORT LAUDERDALE. FL 33309 1 P 954.739.6400 <br />3 1 Page 14 <br />